Robustly quantifying dietary resource use and trophic position using stable isotopes
requires accurate trophic discrimination factors (TDF; Δ13C and Δ15N for carbon and …

The measurement of naturally occurring stable isotope ratios of the light elements (C, N, H,
O, S) in animal tissues and associated organic and inorganic fractions of associated …

Understanding the factors shaping patterns of ecological resilience is critical for mitigating
the loss of global biodiversity. Throughout aquatic environments, highly mobile predators …

A species may partition its realized ecological niche along bionomic and scenopoetic axes
due to intraspecific competition for limited resources. How partitioning manifests depends on …

Coral reef ecosystems are exceptionally complex with a myriad of trophic pathways and
consumer relationships. The application of stable isotopes (SIs) offers numerous …

The isotope distribution, which reflects the number and probabilities of occurrence of
different isotopologues of a molecule, can be theoretically calculated. With the current …

Marine protected areas (MPAs) have emerged as potentially important conservation tools for
the conservation of biodiversity and mitigation of climate impacts. Among MPAs, a large …

As concerns about anthropogenic and natural disturbance grow, understanding animal
resource use patterns has been increasingly prioritized to predict how changes in …

Ongoing anthropogenic change is altering the planet at an unprecedented rate, threatening
biodiversity, and ecosystem functioning. Species are responding to abiotic pressures at both …

Animal movement and resource use are essential considerations for effective environmental
management, but they are challenging to quantify in expansive natural ecosystems such as …